Thomas Rueger
About Thomas Rueger
Thomas Rueger serves as a Senior Specialist in Real Time Operations at CenterPoint Energy in Evansville, Indiana, where he has worked since 2014. He holds a NERC certification as a Reliability Coordinator and has advanced degrees in Public Service Administration and Criminal Justice.
Work at CenterPoint Energy
Thomas Rueger has been employed at CenterPoint Energy since 2014, serving as a Senior Specialist in Real Time Operations. He operates from the Evansville, Indiana location and has accumulated ten years of experience in this role. His responsibilities include monitoring power plant generation and making real-time decisions that align with market prices and the needs of the power grid. This position requires a deep understanding of dynamic energy market conditions.
Education and Expertise
Thomas Rueger holds a Master of Science in Public Service Administration from the University of Evansville, where he studied from 2005 to 2012. He also earned a Bachelor of Science in Criminal Justice from St. John's University, completing his studies from 1998 to 2001. In addition to his academic qualifications, he possesses a NERC certification as a Reliability Coordinator, which is essential for maintaining the stability and reliability of the power grid.
Background
Thomas Rueger has a diverse educational background that combines public service and criminal justice. His studies at the University of Evansville and St. John's University have equipped him with knowledge applicable to his current role in energy operations. His career at CenterPoint Energy reflects a commitment to the energy sector and a focus on real-time operational decision-making.
Professional Role and Responsibilities
In his role as Senior Specialist in Real Time Operations, Thomas Rueger is integral to the Wholesale Power Marketing team. He focuses on the real-time operations desk, where he monitors the generation of power plants. His work involves analyzing market conditions and making informed decisions to ensure efficient power distribution and grid reliability.